9 results about "Maintenance phase" patented technology

The present invention belongs to the field of asset management technology. A method and system for full life cycle management of EAM assets is provided, the method comprising: in response to detecting that a target asset is in the installation or maintenance stage, obtaining continuous status data of the target asset from the EAM management system based on the type attribute of the target asset; predicting the first health status data and the first residual value data of the target asset based on the continuous status data, and importing the first health status data and the first residual value data into the management entry corresponding to the target asset in the EAM management system; generating a management strategy for the target asset based on the first health status data and the first residual value data, and outputting management prompt information to the management personnel based on the management strategy. The present invention realizes the management of tangible assets in the use stage and the non-use stage, realizes the real full life cycle management of assets, and is very beneficial to the efficient management of assets by enterprises.

The invention discloses a hybrid power system health management capability verification and evaluation method, and belongs to the field of health management system verification and system evaluation. The platform can collect data from different sensors and information systems in real time, such as operation state, temperature, vibration and the like, and timely process and analyze the data. The real-time performance is helpful for quickly identifying fault symptoms, timely taking preventive measures, and reducing the risk of fault occurrence and the maintenance cost. The simulation test not only can reduce the development and verification cost, but also can avoid the damage to the equipment, and improves the safety of the whole test. Verification can be carried out in the system design stage, the equipment health state can be continuously monitored in the production, operation and maintenance stages, and fault prediction and diagnosis can be carried out. Through combination of historical data and real-time data, the platform can provide effective support for full-life-cycle management of equipment, prolong the service life of the system and optimize operation and maintenance decisions.

A hybrid power system health management capability verification and assessment method belongs to the field of health management system verification and system evaluation. The platform can collect data from different sensors and information systems in real time, such as operating status, temperature, vibration, etc., and process and analyze them immediately. This real-time performance helps to quickly identify signs of failure, take preventive measures in a timely manner, and reduce the risk of failure and maintenance costs. Simulation testing can not only reduce development and verification costs, but also avoid damage to equipment and improve the safety of overall testing. Not only can verification be performed during the system design phase, but the health status of equipment can also be continuously monitored during the production, operation and maintenance phases to predict and diagnose faults. By combining historical data with real-time data, the platform can provide effective support for the management of the entire life cycle of equipment, extend the service life of the system, and optimize operation and maintenance decisions.

The invention relates to software development, in particular to a code testing method based on environmental virtualization and distributed behavior simulation driving, and the method comprises the steps: a demand obtaining and modeling stage: converting a user demand into an executable semantic model and a design scheme; in the multi-dimensional environment virtualization and simulation stage, a multi-platform and multi-scene environment is simulated, and a reliable operation environment is provided for code testing and function verification; in the automatic testing stage, code testing and function verification are achieved through an automatic tool; in the feedback and optimization stage, code design is continuously optimized by analyzing a test result, and closed-loop improvement is completed; a deployment and maintenance stage: performing automatic deployment of codes and continuous maintenance of the system; according to the technical scheme, the defects that in the prior art, a multi-platform environment is difficult to support, static analysis and testing are not comprehensive enough, and an effective feedback mechanism is lacked can be effectively overcome.

Implementations described herein relate to methods, systems, and computer-readable media for automated computer configuration. In some implementations, a method includes providing a configuration tool on a computer. The method further includes accessing a configuration file that includes configuration settings, selecting particular settings for the computer from the configuration settings based at least in part on the configuration file, automatically attempting to configure the computer with particular software that is identified based on the particular settings, and determining that the automated attempting is unsuccessful in configuring the computer with the particular software. The method also includes, responsive to the determining, automatically reattempting to configure the computer with particular software that is identified based on the particular settings during a maintenance phase of a reboot cycle of the computer.

Implementations described herein relate to methods, systems, and computer-readable media for automated computer configuration. In some implementations, a method includes providing a configuration tool on a computer. The method further includes accessing a configuration file that includes configuration settings, selecting particular settings for the computer from the configuration settings based at least in part on the configuration file, automatically attempting to configure the computer with particular software that is identified based on the particular settings, and determining that the automated attempting is unsuccessful in configuring the computer with the particular software. The method also includes, responsive to the determining, automatically reattempting to configure the computer with particular software that is identified based on the particular settings during a maintenance phase of a reboot cycle of the computer.

The application discloses a kind of based on BIM technology's operation and maintenance model establishment method, comprising: establishing construction phase model modeling standard, zoning table, construction phase sample file, operation and maintenance project list, construction phase BIM model is established, construction phase BIM model is refined, and operation and maintenance phase BIM model is obtained, operation and maintenance phase BIM model is lightweight processing, and lightweight operation and maintenance BIM model is obtained, lightweight operation and maintenance BIM model is imported into operation and maintenance platform, and data association is carried out with operation and maintenance management database.The application is established according to the demand of operation and maintenance partition when modeling in construction phase, and the model of partition is established into a whole according to boundary condition, and then refined and imported into operation and maintenance platform, and connected with information marker point.Thereby, effectively avoid construction, operation and maintenance preparation interval a large number of repetitive work or according to operation and maintenance demand resegmentation BIM model, provide display medium for operation and maintenance platform three-dimensional visualization.

This invention discloses a cloud-edge collaborative intelligent converged terminal operation and maintenance management method, comprising: reading terminal operation and maintenance attribute data corresponding to the intelligent converged terminal, generating a standard operation and maintenance image and distributing it to edge operation and maintenance nodes; collecting operation and maintenance status data of the intelligent converged terminal, constructing a terminal operation and maintenance phase boundary sliding window and generating a time series matrix; inputting the terminal operation and maintenance time series matrix into a MAD-GAN model, calculating an operation and maintenance anomaly score and determining the managed status; generating an operation and maintenance status offset object set and constructing a broken chain graph based on the operation and maintenance status data and the operation and maintenance anomaly score; mapping the operation and maintenance status offset objects to the broken chain graph and performing broken chain verification on the managed causal relationship edges; generating a reversible repair strategy based on the managed broken chain root cause object, distributing the managed keep-alive capsule and performing the repair. This invention achieves intelligent converged terminal anomaly identification, broken chain location, and unbroken chain repair through the terminal operation and maintenance phase boundary sliding window, cloud-edge dual-domain broken chain graph, and managed keep-alive capsule.

The invention discloses a computer equipment lease matching recommendation method and system based on collaborative filtering, and relates to the technical field of computers. The recommendation logic is upgraded from a static mode which only depends on historical statistics to a dynamic mode which can sense task stage evolution and time continuity; on one hand, natural language processing is carried out on the lease request and the project log, and the stage of the project is automatically identified, so that the method of maintaining stage information by depending on manual labeling or complex feature engineering is avoided, and the system deployment and operation and maintenance cost is reduced while the identification accuracy is ensured; and on the other hand, differential weighting is carried out on lease records at different times through a time decay function, so that a behavior which is more strongly associated with the current project stage in recent time obtains a higher weight in user similarity calculation, and the response speed of a recommendation result to the latest demand change is improved.